Dựa trên bài báo của Subhashni và M

Dựa trên bài báo của Subhashni và Maheshwar (1970) ở L. paucicostata, đã cho rằng EDDHA, an iron chelate, and a high level of iron results in flowering even under long days, and can also induce flowering in Lemna paucicostata under long days when combined with a high concentration offerric citrate in the medium. Trong khi đó, EDTA was found to be ineffective in inducing flowering under long days. Trong thành phần Skoog II sử dụng trong thí nghiệm có sự hiện diện của EDTA, cũng không cho thấy sự hiệu quả cho việc cảm ứng ra hoa khi tăng nồng độ iron.

Results (English) 1:

Based on the article by Subhashni and Maheshwar (1970) in L. paucicostata, it was suggested that EDDHA, an iron chelate, and a high level of iron results in flowering even under long days, and can also induce flowering in Lemna paucicostata under long days. when combined with a high concentration of ferric citrate in the medium. Meanwhile, EDTA was found to be ineffective in inducing flowering under long days. The Skoog II ingredient used in the experiment contained EDTA, which also did not show effectiveness in flower induction when increasing iron concentration.

Results (English) 2:

According to a paper published by Subhashni and Maheshwar (1970) in L.paucicostata, EDDHA is an iron chelate that can cause flowering even in a short period of time, when combined with high concentrations of
Medium iron citrate. Meanwhile, EDTA performs poorly in inducing flowering over a long period of time. The Skoog II component used in the experiment contained EDTA, and did not show any effectiveness in inducing flowering when increasing iron concentration.

Results (English) 3:

Based on the paper on L by Subhashni and Maheshwar(1970). The results show that EDDHA, an iron compound and a high level of iron may also lead to the long-term flow of iron compounds in Lemna.
Ferric citrate in medium. At the same time, EDTA was found to be ineffective in inducing long-day flow. EDTA exists in Skoog II component used in the experiment, and it does not show the effectiveness of flower induction when increasing iron concentration.